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 DSS Vol. 1, December 2020, pp.34-43 

35 

Table 1. References on Smart city and Industry 4.0 topics 
Scope Result Year  Reference 

Smart city development Describes the smart city 2016 [1],[2],[4],[7],[8], [11],[12],[14] 
Industry 4.0 Industry 4.0 introduction 2016 [13],[15], [16],[18] 
Smart city architecture Describes smart city development 2017 [24], [25], [31], [32],[41] 
Smart city 2.0 Describes future of smart cities 2019 [40], [42], [43],[45],[50], [52] 

Industry 4.0 in smart city Describes integration of industry 4.0 in smart city 2018 [24],[27],[28],[30],[26] 

Smart city development Describes the smart city 2018 [3],[5],[9],[10] 
Industry 4.0 Industry 4.0 introduction 2018 [17],[19],[20],[23],[33],[35],[36] 

Smart city 2.0 Describes new features of smart city 2.0 2019 [53],[54],[56],[59],[37] 

Industry 4.0 features Describes new features of industry 4.0 2019 [61], [62], [64] 

Architecture of Smart city 2.0 Describes newest architecture of smart city 2.0 2020 [46], [47], [48], [49] 

2. Industry 4.0 and Smart cities  
The standard purpose behind the ascent of the smart cities initiative is making an acceptable model for urban 
networks and shield individual fulfillment of their inhabitants. The subject of the smart cities is not considered 
uniquely to be a specialized control, however extraordinary monetary, helpful or lawful viewpoints must be 
included [11]. In the possibility of Industry 4.0, the Internet of Things (IoT) can be used for the improvement 
of assumed splendid things. Sub-fragments of these things are outfitted with their own insight. Included 
knowledge is used both during the amassing of a thing, up to diligent checking of the things lifecycle (keen 
systems) [12]. Interconnection of these structures can be depended upon transport structures. Associating 
information from process-based Industry 4.0 with smart vehicle systems of the city could make useful 
improvement of society [13]. 
Germany is first to introduce Industry 4.0. After Germany, the term was spreaded all around the world. The 
name Industry 4.0 alludes to the forward mechanical insurgency, with the initial three coming to fruition 
through automation, power, and IT [14]. The forward mechanical insurgency, and henceforth the 4.0, will 
come about by means of the Web of Things and the Internet of administrations getting incorporated with the 
fabrication. Be that as it may, all the advantages of past upsets in industry came to fruition sometime later, 
though with the forward insurgency we get an opportunity to proactively control the manner in which it 
changes our reality [15].  

 

 
Figure 1. Percent of people in USA living in urban area [67] 



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The vision of Industry 4.0 is that later on, modern organizations will construct worldwide networks to 
associate their hardware, plants, and warehousing offices as digital physical frameworks, which will interface 
and control one another by sharing data that triggers activities [16]. These digital physical frameworks will 
cover the state of processing plants, savvy machines, brilliant offices, and flexible chains. This will achieve 
upgrades in the modern procedures inside assembling in general, through building, material utilization, 
flexible chains, and item lifecycle [17]. At the focal point of this vision will be the processing plant, which 
will adjust the way creation is performed [18]. It won't be simply digital physical systems such as keen 
hardware that will be smart; the items being gathered will likewise have insight of the goal that can be 
recognized all through the assembling procedure [19].  
The vision held is that the installed frameworks are coordinated with the vertical business forms, (deals, 
coordination, and funds, among others) and related IT frameworks. They will empower savvy manufacturing 
plants to control the start to finish the board of the whole assembling process from flexible affixes through to 
administrations and lifecycles. Notwithstanding, in the Industry 4.0 framework, these elements will go about 
as one. Keen production lines don't relate just to tremendous organizations, undoubtedly, they are perfect for 
little and medium-sized endeavors as a result of the adaptability that they give [22]. For instance, authority 
over the level assembling process and brilliant items empowers better dynamic and dynamic procedure 
control, as in the ability and adaptability to take into account plan changes or to change creation to address a 
client's inclination in the items plan. Moreover, this dynamic procedure control empowers little parcel sizes, 
which are still beneficial and oblige singular custom requests. These dynamic businesses and designing 
procedures empower better approaches for making inventive plans of action [23]. 
 

Table 2. Industry 4.0 technologies and e-learning capacities 
Industry 4.0 technologies E-learning Yes No 

Production and scheduling software 41% 28% 
Digital visualization 30% 8% 
Production for safe human-machine interaction 12% 6% 
Product exchange 25% 20% 
Programming devices 12% 4% 
Product managment system 14% 5% 

3. Integration of Industry 4.0 in Smart cities 
Today the greater part of total population lives in urban territories (Fig. 1). Worldwide urbanization shows 
expanding advancement. In spite of the way that world's surface is involved by just 2% of urban territories, 
urban settlements amass over half of population and expend up to 75% of regular assets [24]. Subsequently, 
the issue of "brilliant" urban turn of events, recovering arrangements of population development and 
relocation issues, environmental change, instruction and wellbeing, reasonable lodging and urban life change 
affected by data and correspondence advancements (ICTs, computerized advances) with regards to fourth 
mechanical upset have pulled in expanding consideration in the last decade and the issues of "smart" urban 
advancement are talked about in various configurations [25]. Present day investigations of future (or 
"shrewd") urban areas have a few multidisciplinary contents. Among them - issues with respect to practical 
social, natural and financial improvement of urban areas and issues with respect to complex city biological 
systems the board in order to access fundamental assets like lodging, clean air, clean water for whole 
occupants. The Maintainable Cities Index incorporates these parts of the "smart city" idea. For instance, the 5-
top of worldwide urban areas are Zurich, Singapore, Stockholm, Vienna and London [26]. Moscow positions 
57. in general.  
Enthusiasm of the scientists concentrated on the "computerized city" during the 1990s, as the significance of 
"advanced" had been expanded when the EU government upheld the program "European Digital City" in 
1996- 1999. During this period, enthusiasm of scientists, government officials and financial specialists was 
centered around advancement of various data administrations for residents giving collaboration of urban 
occupants furthermore, region by utilizing new innovations. Motivation behind this program was to choose 15 
urban areas and help them in figuring it out the potential being developed and advanced strategy execution 
which would change lives of occupants, organizations, laborers and business people. In 2008, IBM CEO 
Samuel J. Palmisano, noticed that "our planet is getting more astute" on the grounds that the world has been 
progressively outfitted with "computerized" instruments (sensors are being brought into all biological 
systems). The world is turning out to be increasingly interconnected and progressively smart (developing new 



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processing forces, models and supercomputers) [27]. Dynamic improvement of the "brilliant" culture started 
toward the finish of the principal decade of 2000's when "shrewd" prefix started showing up in varieties word 
articulations like "shrewd turn of events", "keen development", "brilliant guideline", "shrewd city", "keen 
plant", "smart home" [28].  

4. Smart city development based on Industry 4.0 
In the idea of "smart city" adequate significance was recently given to giving residents open administrations. 
Rising new ICT age is causing all components of city and its foundation (economy, transport, instruction, 
clinical consideration, open request, and the board) to become "smarter" [8]. From one perspective, 
advancement of Internet of things, coordinated frameworks and their worldwide systems administration (for 
instance, keen vehicle arrange that is utilized to manage blockage), of digital physical frameworks to make 
new open doors for building "keen city" and progress to "smart economy" in view of Industry 4.0 [29].  
Improvement of Industry 4.0 will take care of certain issues of assets and vitality proficiency, urban creation, 
segment changes in megacities. Industry 4.0 makes creation innocuous to urban condition. Creation gets 
scholarly, advanced and coordinated not just at the level of a straightforward processing plant. Advanced 
innovations make conditions for level coordination which is going past the "keen industrial facility" and 
advance computerized chains of significant worth creation at nearby, provincial, national and worldwide 
levels [9]. Then again, the advancement of "smart urban areas" as an objective of urban, modern, monetary, 
social, natural arrangement advances new industrialization and digitization of current economy. "Shrewd 
urban communities" are making progressively alluring conditions for living, work, training, human capital, 
pulling in money related assets for business improvement [30].  
The expression "smart urban communities" is applied not exclusively to urban communities; it deals with 
today more generally. "Smart urban communities" can be viewed as agglomerations or "Uber centers" of the 
present advanced economy [31]. It is fundamental to think about turn of events of Industry 4.0 as formation of 
"savvy urban communities" and agglomerations just as different items like "brilliant processing plant", "keen 
home", "brilliant road", "shrewd grounds" and others which are mutually molding computerized economy at 
the degree of the city, locale, nation. New computerized innovations are not just changing straightforward 
creation into esteem chains dependent on the Internet of Things and digital physical frameworks and making 
new types of cooperation underway frameworks - yet in addition making new connections between makers, 
providers and clients [33]. 
Industry 4.0 is making mechanical and innovative reason for rising "shrewd urban communities" whose 
advancement and incorporation turns into an indispensable component of economy digitalization. A shrewd 
city additionally needs a huge measure of information stockpiling, which can be accomplished through state, 
an electrically tunable metasurface [34]. This innovation could influence a scope of fields, (for example, 
imaging, correspondence, encryption, and information storage). The reaction of guaranteed shrewd city to 
unsure information is noteworthy, prompting the topic of how to measure the heartiness of a shrewd city. An 
evaluation structure must mull over different attributes, including shrewd city methodology and the interests 
all things considered, (for example, evaluators, ICT foundations, legitimate and administrative strategies, 
administrations, plans of action, and supportability). The goals of such a system are to look at the qualities of 
various keen urban areas to distinguish new difficulties, evaluate benefits, and assess execution.  
In shrewd urban communities, effective security support is a significant necessity of VANETs. One thought is 
the manner by which to make sure about them by structuring arrangements that lessen the probability of 
system assaults or even how to lessen the impact a fruitful assault could have on them. A keen city needs 
lightweight, adaptable confirmation systems that secure drivers from interior and outside assailants. The IEEE 
1609.2 v2 standard determines a lot of security administrations (for example, testament expert) for supporting 
vehicular interchanges. Open key infrastructure-based (PKI-based) answers for check vehicle security 
probably won't lead to an adaptable arrangement. Cross-affirmation ought to be characterized when nations or 
urban areas have numerous root declaration specialists. The power answerable for trouble making 
identification ought to be joined into the PKI framework. Structuring and sending keen urban areas needs 
specialists from different fields, counting financial aspects, humanism, building, ICT, and arrangement and 
guideline [37]. Different systems depicting the engineering of brilliant urban communities have been proposed 
by both industry and scholarly sources. One of the most generally adjusted and embraced models is the 
reference model proposed by the U.S. National Institute of Standards and Technology. Keen urban areas are 
perplexing frameworks, frequently called "frameworks of frameworks", including individuals, foundation, and 
procedure segments. Generally shrewd urban community models comprise of six segments: government, 
economy, portability, conditions, living, and individuals [38]. Different methodologies and techniques have 



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been proposed to assess keen urban communities from numerous points of view, including a urban Internet of 
Things (IoT) framework for brilliant urban areas, manageability, worldwide city execution, future urban 
situations, urban seriousness, and strength.  

 
Figure 2. Adoption of Industry 4.0 by sector [68] 

5. Future of Smart city  
Advancement of "smart city" basics was joined by development this idea content [40]. Prior, the smart city 
idea concentrated more on advancement of smart considered as a complex environment whose administration 
required arrangement of consistent access to essential assets without harm to nature [41]. In this manner, with 
the developing effect of new "advanced" innovations applied on the procedure of urbanization, specialists 
concentrated on "digitalization" and improvement of different data administrations [42]. At long last, 
advancement of Industry 4.0 innovations (Web of things, distributed computing, digital physical frameworks, 
large information and others) has made it conceivable to make entire urbanization process more brilliant: 
urban arranging and development ("keen home"), creation and business ("smart processing plant" and "keen 
economy"), the board ("brilliant guideline") - what's more, to make conditions for improvement and 
aggregation of social and human capital ("shrewd population") [10]. In this way, Industry 4.0 advances are 
creating today an in a general sense new foundation of the "smart city", making new open doors for settling 
specific issues with respect to assets and vitality effectiveness, urban creation association, segment changes in 
present day megacities. Thus, "smart city" improvement turns into a type of new industrialization of the 
advanced economy [43]. 
The solid enthusiasm by metropolitan governments worldwide in smart city communities originates from their 
capacity to improve their residents' nature of life. Here, we depicted a portion of the fundamental ideas of 
savvy urban communities, distinguishing difficulties and future research chances to empower enormous scope 
arrangement of savvy urban areas [44]. Engineers, modelers, and originators ought to presently center around 
parts of IoT the board, information to the executives, savvy city appraisal, VANET security, and inexhaustible 
innovations, (for example, sun-oriented power) [45]. We trust to see shrewd city engineers, planners, and 
creators give adaptable, financially savvy answers for address them later on [46]. 

 
Figure 3. Smart city infrastructure investment by industry (2014-2023) [69] 



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6. Research on the world of Smart cities  
There is plenty of new research activities around the world. It begun with the IBM Smarter Planet Initiative1, 
rapidly followed by the MIT City Science program. What's more, Trinity's Smart and Sustainable Cities 
initiative3 , all tending to fundamental parts of this dynamic field. In any case, the majority of these activities 
center around a shut arrangement of subjects, which prompts a somewhat restricted, nearness driven view on 
the space [47]. So as to empower a really comprehensive interdisciplinary and future evidence approach, it is 
imperative to address the space of brilliant urban areas on a more elevated level of reflection [48]. I.e. to 
empower the recently presented Ideal Smart City [49]. We have to make the logical underpinnings for future 
Web of Cities Infrastructures (IoCI). To guarantee this, a far-reaching set of systems, models, and instruments 
for plan, improvement, the executives, and advancement of next generation shrewd city applications is 
required. Such work requirements is to follow a standards as a way to tackle the great difficulties of future 
shrewd urban areas through close reconciliation of analysts and partners from various spaces - to make an 
open, comprehensive, and interdisciplinary research stage [50]. 

6.1. Metodology 
The subsequent significant focal point of the IoCI will be on formulating an exhaustive procedure to help 
partners in structuring, creating, and advancing reusable and viable keen city applications. We will put 
together our exploration with respect to MADCAT [5], an iterative programming designing approach for 
cloud applications with an express spotlight on curiosity detectability, reuse, and improved partner 
correspondence. Expanding on endeavors of intently coordinating partners from various areas into the way 
toward making shrewd city applications, we will make an all-encompassing approach for building shrewd city 
applications that unequivocally empowers the plan and improvement of reusable and freely viable application 
parts in close participation with master partners [51]. The philosophy will permit for a capacity arranged 
methodology for catching and bundling required usefulness in particular, reusable units that can be shared and 
coordinated in numerous applications [52]. Such units characterize their normal condition by means of plainly 
determined interfaces, taking into account the consistent mix of demonstrating furthermore, recreation 
situations, just as genuine foundation, giving an unmistakable deliberation between the framework being 
worked on and its execution surroundings, for example, testing, organizing, and creation, each with varying 
degrees of reproduced condition resources [53]. 
To dependably work and oversee future brilliant city applications, the third mainstay of the IoCI is a far-
reaching toolset that will permit administrators to consistently convey and execute complex applications in an 
autonomic, repeatable, and perceptible way. So as to do as such, we will separate these devices in three unique 
layers that expand upon one another. On the most minimal layer (framework layer), building the 
establishment, one needs to oversee and screen the accessible shrewd city foundation, comprising of 
independent servers, cloud situations, edge foundations [54]. In the framework layer we need an exhaustive 
toolset that permits administrators to uncover, oversee, and screen the basic framework in a uniform and 
extensible way. In light of the framework layer, one needs to give a runtime layer to shrewd city applications 
that permits and supports the accompanying key perspectives. To begin with, the runtime layer needs to help 
versatile application arrangement thinking about the focusing on framework, anticipated number of clients and 
required information volume. Second, the runtime layer needs to give a runtime domain to executing savvy 
city applications that permits to consistently scale applications across different foundations [56]. Third, to 
manage the extent of information positions, tremendous information volume the runtime layer needs to give 
productive and versatile information on the board, comprising of information intercession, change, handling 
and capacity. At last, since different keen city applications can be executed at the same time, the runtime layer 
needs to give both versatile information and application confinement levels, that permit various inhabitants to 
work at the same time without meddling each other. The last layer (mix layer  of our toolset is then 
answerable for incorporating novel keen city application advancement techniques, models, and reproductions 
[57]. The reconciliation layer bolsters diverse application improvement and organization stages (i.e. 
reenactment, testing, creation, and rollout), which gives administrators and engineers diverse application 
runtime situations by getting to either mimicked or genuine frameworks. Furthermore, the reconciliation layer 
opens interfaces to recover information that is gathered during the execution of uses also, the administration of 
the basic foundation, in request to i.e. feed recreations, extricate utilization designs, or create models [58]. 

6.2. Modeling 
Modeling face difficulties because of an absence of accessible real-world framework to make and confirm 
applications in wording of usefulness, non-utilitarian properties, or administrative necessities [59]. Current 



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arrangements either depend for little scope testbeds or exclusive, hand crafted reenactments to copy true 
situations (e.g., Anylogic5) [60]. Be that as it may, such arrangements are a long way from perfect, as changes 
in realworld conditions should be physically repeated in lab testbeds or recreations, and the relocation of uses 
from test framework to certifiable arrangements must be painstakingly arranged and physically completed for 
each new application variant [61]. Moreover, brilliant city applications being worked on in part depend on 
information that is now accessible in the physical condition, and subsequently would profit from utilizing 
certifiable information rather than recreations if conceivable. Inside the IoCI, this test will be tended to by 
grasping the requirement for displaying and reproducing portions of an application's condition, just as 
incorporating genuine world information from the physical condition at various stages during its lifecycle at 
the center of our examination endeavors [62]. 

7. Conclusions 
Introduction of Industry 4.0 brought a lot of possibilities for many industries to profit. The one of it that 
profited the most are Smart cities. Industry 4.0 integrated into smart cities and is helping them to become 
more efficient using technologies like cloud and IoT. One of the most significant reactions for the past three 
mechanical insurgencies and their related approaches is the inability to understand the most problems that are 
begging to be addressed that keep on confronting present day social orders. These incorporate environmental 
change, ceaseless maladies, and imbalance. With the progress to Industry 4.0, arrangement producers should 
think its worldwide effect on present and potential social issues through the social components of new 
advancements. Society on the loose should profit by such modern change, since purchaser and maker are to a 
great extent associated also, both can take an interest in the creation and utilization process. Smart cities will 
surely profit from integration of Industry 4.0. Industry 4.0 focuses on energy efficiency and reliability and it is 
absolutely essential in modern Smart City. Artificial intelligence from industry 4.0 will help in enhancing 
urban transportation, water management etc. But all in all, most important aspect which industry 4.0 adds into 
smart cities is sustainability [63]. Ability of controlling all parts of the process will make it easier to conserve 
raw materials and energy. All in all, we can conclude that Industry 4.0 will definitely radically improve smart 
cities development and implementation. One of the reasons why smart city industry is booming is because 
there is a big rise of people living in urban areas and they all present the possible residents (As shown in 
figure 1) [ 64]. As this paper discussed in chapter 4 the development of internet of things as well as all digital 
technologies made it easier and more flexible to develop new ways of improving smart cities through 
digitalization and most importantly artificial intelligence [42]. Artificial intelligence development will 
continue to rise in future as one of the main industry fields, and with its rise smart city industry will also 
profit. The future of smart cities as discussed in chapter 5 is all about focusing on people, governance and 
policy rather than technology and economy. That is the policy of “Smart city 2.0” [65]. The main objectives of 
“Smart city 2.0” are to migrate and solve social challenges, enhance citizen wellbeing and enhance specific 
endogenous problems. The approach of new smart cities is decentralized rather than centralized [66]. 
 

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